A Refined Analysis of Squeezing Amplification in the One-Mode Subharmonic Generation

Authors

  • Dr. Solomon Getahun Belete

  • Dr. Solomon Getahun Belete

Keywords:

signal mode, twin signal light beam, global, local, q function, photon statistics, quadrature squeezing

Abstract

We have analyzed the statistical and squeezing properties of the signal mode applying the solution of c-number Langivin equations for the combination of the twin signal light beams. We have found that the mean photon number to be twofold of that of a twin signal light beam. And a large part of the mean photon number is confined in a relatively small frequency interval. In addition, we have shown that the local quadrature squeezing of the signal mode is in general greater than the global quadrature squeezing and approaches to the global quadrature squeezing as increases . Moreover, the one mode subharmonic light beams have a maximum amplified squeezing of 75% below the vacuum state level and occurs in frequency interval.

How to Cite

Dr. Solomon Getahun Belete, & Dr. Solomon Getahun Belete. (2014). A Refined Analysis of Squeezing Amplification in the One-Mode Subharmonic Generation. Global Journal of Science Frontier Research, 14(E4), 11–25. Retrieved from https://journalofscience.org/index.php/GJSFR/article/view/1414

A Refined Analysis of Squeezing Amplification in the One-Mode Subharmonic Generation

Published

2014-10-15